產品介紹

CF125

CF125 Tunable Ti:Sapphire laser is a reliable and efficient laser providing conversion of the second harmonic of a pulsed Nd:YAG laser to tunable radiation in the range 350-1000 nm.

產品說明

CF125 Pulsed Tunable Ti:Sapphire Laser

 

  • High efficiency
  • Wide tunable range with a single set of mirrors consisting of a rear mirror and output coupler
  • High conversion efficiency to the second harmonic radiation ensured by the use of nonlinear BBO crystal
  • Reliable and easy in use
  • Long-term stability of output parameters
  • Design and optic schematic permit its adaptation to virtually any pump laser
  • LF 114 Pulsed Nd:YAG , LF 117 Pulsed Nd:YAG lasers can be used to pump CF125 Ti:Sapphire laser

 

 

 

SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. fig1 CF125  

 

 

Fig.1. Typical tuning curve of Ti:Sapphire CF125 laser

Typical tuning curve of Ti:Sapphire CF125 laser

 

 

Fig.2. Typical shape of the laser line (Ti:Sapphire CF 125)

Typical shape of the laser line (Ti:Sapphire CF 125) and temporal profile at the maximum of tuning curve. Timing jitter is less than 10 ns with the 2% stability of pump laser pulse (from pulse to pulse)

 

 

Fig.3. Timing jiter - less than 10 ns

Timing jiter - less than 10 ns with pump laser pulse to pulse stability 2%.

產品規格

Specifications

Active medium: Ti:Sapphire
Tunable range:  
at fundamental: 700 - 1000 nm

at the second harmonic:

350 - 500 nm
Pump conversion efficiency at the maximum of tuning curve:

 

at fundamental: ≤ 25%
at the second harmonic: ≤ 8%
Line width: 0.2 - 0.3 nm
Beam divergence: < 1.5 mrad
Overall size (LхWхH): 538 х 150 х 72 mm
Weight: 6.5 kg

Pump requirements

Wavelength: 532 nm

Energy per pulse (max):

200 mJ

Pulse width:

8 - 20 ns

Pulse repetition rate (max):

50 Hz

Beam diameter (max):

9 mm

 
SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. fig1 900nm
Beam profile 900 nm
 
SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. fig2 800nm
Beam profile 800 nm

 

Dimensional drawing

Fig.1. Dimensional drawing CF125